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Key Facts: FVH Pferde Exam

min. 3 years

Structured Residency Training

GST Bildungsordnung & SVPM

Univ. + Practice

Mandatory Dual Training Sites

SVPM Regulations

CHF 1,000+

Examination & Registration Fee

SVPM / GST Fee Schedule

40 hrs/yr

Annual Continuing Education (CPD)

GST Bildungsordnung

TAMV / IS ABV

Mandatory Electronic AMU Monitoring

BLV / TAMV Switzerland

100 Qs

English Study Bank Adaptation

OpenExamPrep Practice Bank

The Fachtierarzt FVH für Pferde is the Swiss postgraduate board certification for equine veterinarians. Candidates complete at least 3 years of structured clinical training (split between university and private equine clinics), submit documented case records and a scientific publication, and pass a comprehensive written and oral examination. Official examinations are held in German and French; this 100-question English MCQ bank serves as a high-yield study companion for diagnostic reasoning and clinical mastery.

Sample FVH Pferde Practice Questions

Try these sample questions to test your FVH Pferde exam readiness. Each question includes a detailed explanation. Start the interactive quiz above for the full 100+ question experience with AI tutoring.

1Which anatomical structure is primarily desensitized following a properly performed low 4-point (palmar/plantar) nerve block placed at the level of the distal aspect of the second and fourth metacarpal bones?

A.The entire carpus and proximal suspensory ligament

B.The fetlock joint, digit, deep and superficial flexor tendons distally, and sesamoidean ligaments

C.Only the dorsal aspect of the proximal interphalangeal joint

D.The proximal radius and antebrachial fascia

Explanation: A low 4-point (low palmar/plantar) nerve block desensitizes the medial and lateral palmar (or plantar) nerves and the medial and lateral palmar (or plantar) metacarpal nerves just distal to the buttons of the splint bones. This anesthetizes the entire fetlock joint and all structures distal to it, including the sesamoidean ligaments, digital flexor tendons, pastern, and foot.

2When performing a palmar digital nerve (PDN) block to localize palmar foot pain, what is the primary risk of using an excessive volume of local anesthetic (>2 mL per site) or injecting too proximally?

A.Inadvertent intrathecal injection into the carpal sheath

B.Direct motor blockade of the radial nerve causing triceps paralysis

C.Proximal diffusion desensitizing the dorsal branches of the digital nerve and the proximal interphalangeal (pastern) joint

D.Irreversible neurolysis and necrosis of the digital cushions

Explanation: Injecting excessive volume (>1.5–2 mL per site) or placing the needle proximal to the collateral cartilages of the foot allows local anesthetic to diffuse proximally. This desensitizes the dorsal digital branches and potentially the proximal interphalangeal (pastern) joint or digital flexor tendon sheath, yielding false-positive localization for sole/heel or navicular apparatus pain.

3A 7-year-old Warmblood dressage horse presents with chronic, bilateral hindlimb lameness that worsens when trotting on soft ground with the affected limb on the outside of the circle. Deep palpation of the plantar proximal metatarsus elicits pain, and diagnostic analgesia of the deep branch of the lateral plantar nerve substantially improves the lameness. What is the most likely diagnosis?

A.Hindlimb proximal suspensory desmitis (PSD)

B.Osteochondrosis dissecans of the lateral trochlear ridge of the talus

C.Superficial digital flexor tendon rupture at the calcaneal cap

D.Complete fracture of the third metatarsal condyle

Explanation: Hindlimb proximal suspensory desmitis (PSD) characteristically causes bilateral, insidious hindlimb lameness that is often more pronounced on soft ground and when the affected limb is on the outside of a circle. The deep branch of the lateral plantar nerve (DBLPN) specifically innervates the proximal suspensory ligament origin, and a positive response confirms proximal metatarsal suspensory pathology.

4In the ultrasonographic evaluation of an acute superficial digital flexor tendon (SDFT) core lesion in a racehorse, which ultrasound feature indicates the earliest phase of active matrix breakdown before fibroplasia?

A.Increased parallel linear fiber alignment score with hyperechoic bridging

B.Extensive enthesophyte formation on the distal sesamoidean bones

C.Dense acoustic shadowing with focal calcification across the tendon parenchyma

D.A well-demarcated central anechoic to hypoechoic zone with loss of parallel fiber pattern

Explanation: Acute tendon strain results in collagen fiber tearing, hemorrhage, and inflammatory edema, appearing ultrasonographically as a central anechoic to severely hypoechoic core lesion with disruption of normal parallel fascicular architecture and increased cross-sectional area. Linear parallel alignment reflects remodeling, whereas shadowing indicates chronic mineralization.

5During tenoscopic examination of the digital flexor tendon sheath (DFTS) in a horse with chronic digital tenosynovitis and non-responsive lameness, which primary pathology is considered an anatomical structure unique to the forelimb flexor apparatus that frequently tears and requires transection?

A.Accessory ligament of the deep digital flexor tendon (inferior check ligament)

B.Manica flexoria of the superficial digital flexor tendon

C.Straight sesamoidean ligament

D.Extensor retinaculum

Explanation: The manica flexoria is a collar-like expansion of the superficial digital flexor tendon (SDFT) that encircles the deep digital flexor tendon (DDFT) within the proximal DFTS, predominantly in forelimbs. Tears of the manica flexoria cause persistent synovial effusion and lameness; tenoscopic resection of the torn manica flexoria yields a favorable prognosis.

6What is the primary vascular and laminar pathology leading to distal phalanx (P3) displacement in endocrinopathic laminitis associated with Equine Metabolic Syndrome (EMS)?

A.Hyperinsulinemia-induced elongation and structural stretching of secondary epidermal lamellae without immediate basement membrane destruction

B.Complete thrombotic occlusion of the digital arteries caused by circulating immune complexes

C.Septic microabscessation within the subungual venous plexus

D.Acute enzymatic lysis of the ungual cartilage by bacterial collagenases

Explanation: Endocrinopathic laminitis triggered by prolonged hyperinsulinemia differs from sepsis-associated laminitis. Insulin excess drives stretching, lengthening, and dysplastic remodeling of the secondary epidermal lamellar cells with mitotic activation and loss of normal cell morphology, leading to mechanical failure and P3 rotation or sinking without primary extensive thrombosis.

7A 12-year-old Icelandic horse exhibits bilateral pelvic limb stiffness, a shortened cranial phase of the stride, and a positive spavin test (distal limb flexion). Radiographs reveal periarticular osteophytes and subchondral bone sclerosis localized to the distal intertarsal (DIT) and tarsometatarsal (TMT) joints. Which intervention provides the most durable pain relief if conservative medical management fails?

A.Medial patellar desmotomy

B.Surgical transection of the peroneus tertius muscle

C.Chemical arthrodesis with intra-articular ethyl alcohol (ethanol) or surgical drill arthrodesis of the low-motion distal tarsal joints

D.Transection of the deep branch of the lateral plantar nerve alone

Explanation: Osteoarthritis of the distal tarsal low-motion joints (bone spavin) causes chronic pain that can be definitively managed by facilitating bony ankylosis (arthrodesis). When NSAIDs, corrective shoeing, and intra-articular corticosteroids no longer suffice, surgical mechanical arthrodesis (drilling/laser) or chemical arthrodesis using 70% ethyl alcohol (under radiographic contrast to ensure non-communication with the proximal intertarsal/tarso-crural joint) provides long-term resolution.

8Which radiographic projection is mandatory to accurately evaluate the flexor cortex, medulla, and corticomedullary junction of the navicular (distal sesamoid) bone for lucencies, sclerosis, and erosions?

A.Lateromedial (LM) projection of the fetlock joint

B.Dorsopalmar (DP) view of the third metacarpal bone

C.Dorso 45° lateral-palmaromedial oblique view of the carpus

D.Palmaroproximal-palmarodistal oblique (PaPr-PaDiO / skyline / flexor) view of the foot

Explanation: The palmaroproximal-palmarodistal oblique (skyline or flexor) view isolate-projects the navicular bone, allowing direct visualization of the flexor cortex, corticomedullary distinction, sagittal ridge, and presence of medullary cysts or flexor cortical erosions typical of podotrochlosis / navicular syndrome.

9A 4-year-old Warmblood jumper exhibits a grade 3/5 right hindlimb lameness. Radiographs reveal a 15-mm radiolucent dome-shaped area surrounded by sclerotic bone in the weight-bearing surface of the medial femoral condyle. Which modern surgical technique has demonstrated superior bone filling and faster return to athletic performance compared to curettage alone?

A.Transcondylar cortical lag screw placement across the subchondral cystic lesion under radiographic or arthroscopic guidance

B.Transection of the cranial cruciate ligament

C.Subtotal meniscectomy of the lateral meniscus

D.Surgical ostectomy of the tibial tuberosity

Explanation: Subchondral bone cysts (SBC) of the medial femoral condyle are commonly treated with a transcondylar cortical lag screw placed across the cyst. This stabilizes microfractures, alters local biomechanical strain, and induces rapid osteoneogenesis and cyst consolidation, achieving significantly higher success rates than simple debridement.

10Which set of synovial fluid analysis parameters in an adult horse strongly indicates acute septic arthritis requiring immediate endoscopic or large-volume needle lavage?

A.Total nucleated cell count 1,200/µL, 10% neutrophils, total protein 18 g/L, clear yellow viscous fluid

B.Total nucleated cell count >50,000/µL, >90% degenerate neutrophils, total protein >45 g/L, and elevated synovial lactate >4.5 mmol/L

C.Total nucleated cell count 8,000/µL, 45% mononuclear cells, total protein 25 g/L, normal viscosity

D.Total nucleated cell count 3,000/µL, 100% erythrocytes, total protein 20 g/L, marked mucin clot formation

Explanation: Septic synovitis in adult horses is characterized by marked leukocytosis (>30,000–50,000 WBC/µL, frequently >80,000/µL) dominated by >85–90% polymorphonuclear neutrophils (often degenerate), elevated total protein (>40–45 g/L), marked loss of viscosity, and elevated lactate (>4.0–5.0 mmol/L) with concomitant synovial glucose depletion.

About the FVH Pferde Exam

The Fachtierarzt FVH für Pferde (Vétérinaire spécialiste FVH pour chevaux) is Switzerland's official postgraduate veterinary specialty qualification for equine medicine, surgery, and herd health. Conferred by the GST in close collaboration with the SVPM, this protected title validates advanced specialist competence in equine lameness diagnostics, emergency colic management, sports medicine, reproduction, ophthalmology, and anesthesia under Swiss federal legislation (TSG, TAMV, TSchV). Candidates complete at least three years of structured residency/clinical training across university and approved private equine clinics, submit a comprehensive case catalog and peer-reviewed scientific publication, and pass rigorous written and oral examinations. This practice bank is an English-language multiple-choice adaptation designed to support study and conceptual review.

Assessment

The official assessment comprises: 1) Written specialist examination covering equine internal medicine, surgery, orthopedics, reproduction, imaging, and veterinary jurisprudence; 2) Oral case colloquium and defense of documented clinical case logs before the SVPM examination board; 3) Evaluation of an approved case catalog, mentor evaluations, and scientific publication/dissertation.

Time Limit

Written specialist exam (3-4 hours) and oral case colloquium (approx. 60-90 minutes)

Passing Score

Satisfactory performance (Pass) across all examination components as determined by the SVPM examination committee

Exam Fee

CHF 1,000 examination fee (retake CHF 750, partial retake CHF 500) plus GST title registration fee (Gesellschaft Schweizer Tierärztinnen und Tierärzte (GST / SVS) & Schweizerische Vereinigung für Pferdemedizin (SVPM / ASME))

FVH Pferde Exam Content Outline

~20%

Equine Orthopedics, Lameness & Diagnostic Analgesia

Diagnostic perineural and intrasynovial anesthesia, flexor tendon/suspensory ligament ultrasound, podotrochlear apparatus lesions, subchondral bone cysts, distal tarsal osteoarthritis, laminitis stages, digital venography, and corrective shoeing.

~18%

Gastrointestinal Emergencies & Colic

Triage and surgical indications in acute colic, strangulating small intestinal lesions, large colon volvulus, nephrosplenic entrapment, cecal impaction, peritoneal fluid analysis, endotoxemia pathophysiology, EGUS, and postoperative ileus management.

~15%

Respiratory Diseases & Upper Airway Disorders

Pathogenesis and differentiation of severe vs. mild/moderate equine asthma, dynamic upper airway obstruction (RLN, DDSP, epiglottic entrapment), guttural pouch mycosis/empyema, EIPH, Strangles, EHV-1/4, and pleuropneumonia.

~15%

Cardiology, Neurology & Internal Medicine

Atrial fibrillation management (quinidine vs. TVEC), murmur evaluation, PPID diagnostics (ACTH/TRH), EMS insulin dysregulation, cervical vertebral stenotic myelopathy (Wobbler), EHM, tetanus, botulism, and acute hepatic failure.

~14%

Reproduction, Breeding Management & Neonatology

Mare estrus cycle control, artificial insemination, persistent post-breeding endometritis, twin reduction techniques, ascending placentitis, dystocia management, failure of passive transfer (IgG), neonatal sepsis, and uroperitoneum.

~10%

Sports Medicine, Poor Performance & Pre-Purchase Examination

Standard Swiss pre-purchase examination (AKU) protocol, radiographic classification guidelines classes I-IV, dynamic exercising endoscopy, exertional rhabdomyolysis (PSSM1, PSSM2, RER, atypical myopathy), and FEI/SVPS medication control.

~8%

Ophthalmology & Dermatology

Equine recurrent uveitis (ERU/Leptospira), corneal ulceration, stromal melting/keratomalacia, periocular squamous cell carcinoma, equine sarcoid types and therapies, Culicoides hypersensitivity, and dermatophytosis.

How to Pass the FVH Pferde Exam

What You Need to Know

Passing score: Satisfactory performance (Pass) across all examination components as determined by the SVPM examination committee
Assessment: The official assessment comprises: 1) Written specialist examination covering equine internal medicine, surgery, orthopedics, reproduction, imaging, and veterinary jurisprudence; 2) Oral case colloquium and defense of documented clinical case logs before the SVPM examination board; 3) Evaluation of an approved case catalog, mentor evaluations, and scientific publication/dissertation.
Time limit: Written specialist exam (3-4 hours) and oral case colloquium (approx. 60-90 minutes)
Exam fee: CHF 1,000 examination fee (retake CHF 750, partial retake CHF 500) plus GST title registration fee

Keys to Passing

Work through all 100 available questions
Review every answer and explanation
Track weak areas and revisit them
Use our AI tutor for tough concepts

FVH Pferde Study Tips from Top Performers

1Master diagnostic perineural and intrasynovial nerve blocks: understand precise injection volumes, desensitized anatomic structures, diffusion risks, and sequence of regional anesthesia.

2Review equine emergency colic decision-making: differentiate strangulating from non-strangulating lesions using peritoneal fluid cytology, lactate measurements (>blood lactate), and abdominal ultrasound.

3Study dynamic upper airway disorders: interpret overground endoscopy findings for DDSP, recurrent laryngeal neuropathy (Havemeyer grading), and epiglottic entrapment.

4Understand endocrine testing protocols: know baseline ACTH seasonal reference intervals, TRH stimulation test procedures for PPID, and oral sugar tests (OST) for EMS insulin dysregulation.

5Memorize Swiss pre-purchase examination (AKU) radiographic projection sets and classification guidelines (classes I to IV) according to SVPM recommendations.

6Learn Swiss legal requirements under TAMV (horse passport status as food-producing vs. non-food-producing, 6-month withdrawal periods, IS ABV reporting) and TSG notifiable epizootics.

Frequently Asked Questions

What is the Fachtierarzt FVH für Pferde qualification?

It is the federally protected postgraduate veterinary specialist title (FVH) in equine medicine and surgery in Switzerland, awarded by the Swiss Veterinary Society (GST / SVS) in cooperation with the Swiss Association for Equine Medicine (SVPM / ASME). It signifies advanced clinical mastery in equine veterinary medicine.

What are the eligibility prerequisites to sit the FVH Pferde examination?

Candidates must hold a Swiss Federal Diploma in Veterinary Medicine or a recognized EU/EFTA veterinary qualification (MedBG), complete at least 3 years of structured clinical training (including a minimum of 1 year at a university equine clinic and 1 year at an approved non-university equine clinic/practice), maintain an approved logbook of clinical cases, publish a scientific paper or dissertation in equine medicine, and accumulate required continuing education credits.

How is the official Swiss FVH Pferde specialist examination structured?

The official examination includes: 1) A written specialist paper testing theoretical knowledge, diagnostic image evaluation, and clinical problem-solving across all equine disciplines; 2) An oral case colloquium before the SVPM examination board defending submitted case records and clinical decision-making; 3) Evaluation of the clinical logbook, portfolio, and scientific contributions.

What is the passing standard for the FVH Pferde title?

Candidates must receive a satisfactory passing evaluation in all required parts of the specialist examination as determined by the SVPM examination committee. Failed components may be retaken in accordance with the GST Bildungsordnung and SVPM specialty regulations.

In which languages is the official FVH Pferde examination held?

The official examination is held in Switzerland's national languages—German and French. The 100 multiple-choice practice questions provided here represent an English-language study adaptation intended for conceptual practice and revision.

What Swiss legislation is critical for equine veterinarians in Switzerland?

Equine veterinarians in Switzerland must adhere to the Animal Welfare Ordinance (TSchV, regulating equine housing, social contact, and tethering prohibitions), the Veterinary Medicinal Products Ordinance (TAMV, governing dispensing, cascade rules, and IS ABV electronic reporting for food-producing horses), and the Epizootic Diseases Act (TSG, establishing mandatory reporting for diseases such as Equine Infectious Anemia, Glanders, and Contagious Equine Metritis).